Sentence examples for median location error from inspiring English sources

For the new processor, flash detection efficiency was 89%, stroke detection efficiency was 67%, percentage of misclassified events was 54%, median location error was 760 m, and median absolute current estimation error was 19%.

For the old processor, flash detection efficiency was 77%, stroke detection efficiency was 49%, percentage of misclassified events was 61%, median location error was 631 m, and median absolute current estimation error was 51%.

Median location error was approximately 35% greater in Gwinnett County than in Fulton County.

Median location error was less than 100 meters for both OHIP and commercial vendor geocodes; the distribution of angles appeared uniform.

Median location error was approximately 35% larger in Gwinnett (a suburban county) relative to Fulton (a county with urban and suburban areas).

The percentage of geocodes displaced into incorrect census tracts was similar for Fulton County and Gwinnett County, even though median location error was approximately 35% larger in Gwinnett County (Table 2).

The 2014 median absolute location error is found to be significantly lower than those for 2005 (289 m) and 2011 (199 m).

In the 2014 evaluation, relative to the location of the tower, the NALDN is found to have a median absolute location error of 119 m and an average absolute location error of 129 m.

In metropolitan Atlanta, the median geocode location error was less than 100 meters for both the OHIP and commercial vendor geocodes, and there was no evidence of systematic bias in the angle of the location error.

For all of the eddies (50% small eddies), the reliability was 80% and the median eddy center location error was 29 km.

Based on comparisons with ocean color imagery in the northwestern Arabian Sea and the Gulf of Oman, the 1/32° system has even demonstrated the ability to map small eddies, 25 75 km in diameter, with 70% reliability and a median eddy center location error of 22.5 km, a surprising and unanticipated result from assimilation of altimeter track data.